SATELLITE AND ROCKET DATA ANALYSIS

The results of the reduction and analysis of data obtained from instrumentation flown on the Air Force Satellite Hitch-Hiker I (1963-25B) and the Blue Scout Vertical Probe CRL-35 are presented. The Hitch-Hiker I instrumentation included two electrostatic analyzers (one for electrons, 15 to 100 keV,...

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Main Authors: Paolini,F R, Theodoridis,G C
Format: Report
Language:English
Subjects:
ARTIFICIAL SATELLITES
Astrophysics
ELECTRONS
ELECTROSTATICS
HITCH-HIKER 1 SATELLITE
INSTRUMENTATION
INTENSITY
MAGNETOSPHERE
ROCKETS
SCINTILLATION COUNTERS
SPACE PROBES
SPECTROMETERS
Unmanned Spacecraft
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Theodoridis,G C
description The results of the reduction and analysis of data obtained from instrumentation flown on the Air Force Satellite Hitch-Hiker I (1963-25B) and the Blue Scout Vertical Probe CRL-35 are presented. The Hitch-Hiker I instrumentation included two electrostatic analyzers (one for electrons, 15 to 100 keV, the other for protons, 15 to 100 keV) and an electron scintillation spectrometer (0.5 to 4.0 MeV); the vertical probe instrumentation included a proton solid-state spectrometer. Detailed data on integral energy spectra, pitch angle distributions and perpendicular unidirectional intensities, and iso-intensity contours, as functions of B, L (or lambda, L) and time are given in four papers appended to this report. A fifth paper discusses the theory and use of electrostatic analyzers. (Author)
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source DTIC Technical Reports
subjects ARTIFICIAL SATELLITES
Astrophysics
ELECTRONS
ELECTROSTATICS
HITCH-HIKER 1 SATELLITE
INSTRUMENTATION
INTENSITY
MAGNETOSPHERE
ROCKETS
SCINTILLATION COUNTERS
SPACE PROBES
SPECTROMETERS
Unmanned Spacecraft
title SATELLITE AND ROCKET DATA ANALYSIS
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